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Doctor of Philosophy in Electrical Engineering
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Course Outline
10 sections
1. Thesis Research
80 mins
8 topics
Understanding the Research Process
Formulating a Research Question
Literature Review and Background Research
Research Design and Methodology
Data Collection and Analysis
2. Digital Signal Processing
80 mins
8 topics
Introduction to Digital Signal Processing
Discrete-time Signals and Systems
Fourier Analysis in DSP
Z-Transform and Transfer Functions
Digital Filter Design
3. Communication Systems
90 mins
9 topics
Introduction to Communication Systems
Analog Communication Systems
Digital Communication Systems
Transmission Media
Multiplexing Techniques
4. Renewable Energy Systems
80 mins
8 topics
Introduction to Renewable Energy
Solar Energy Systems
Wind Energy Systems
Hydropower Systems
Biomass Energy Systems
5. Power Electronics
90 mins
9 topics
Introduction to Power Electronics
Power Semiconductor Devices
Rectifiers and AC-DC Converters
DC-DC Converters
Inverters and DC-AC Converters
6. Advanced Circuit Analysis
100 mins
10 topics
Nodal Analysis
Mesh Analysis
Thevenin and Norton Theorems
Maximum Power Transfer
Frequency Domain Analysis
7. Electromagnetic Field Theory
100 mins
10 topics
Introduction to Electromagnetic Field Theory
Electrostatics
Magnetostatics
Electrodynamics
Wave Propagation
8. Control Systems Design
100 mins
10 topics
Introduction to Control Systems
System Modeling
Time Domain Analysis
Frequency Domain Analysis
Control System Design Methods
9. Optimization Techniques in EE
80 mins
8 topics
Introduction to Optimization Techniques
Linear Programming in EE
Nonlinear Optimization Methods
Convex Optimization Techniques
Multi-Objective Optimization
10. Semiconductor Device Physics
90 mins
9 topics
Introduction to Semiconductor Materials
Semiconductor Carrier Statistics
PN Junction Diode Operation
Bipolar Junction Transistors (BJTs)
Field-Effect Transistors (FETs)